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  Multifunctional DRF   (digital gastrointestinal DR machine), it belongs to a multi-functional X-ray machine, in addition to all the functions of the traditional digital gastrointestinal machine, there are all the functions of DR flat detector radiography, mainly used for gastrointestinal gas-barium double-contrast contrast, full spinal splicing photography, full lower limb splicing photography, ERCP, urologic angiography, “T “ tube imaging, barium enema, limb imaging, hysterosalpingography and other types of examinations, is one of the main methods to check peptic ulcers, tumors, foreign bodies and other diseases. Multifunctional DRF As we all know, for gastrointestinal diseases, the basic is still X-ray examination. With the development of digital X-ray imaging technology, the emergence of multifunctional DRF is becoming more and more accurate in the diagnosis of gastrointestinal diseases. In terms of gastrointestinal imaging, what are the advantages of Prudentech Multi-function DRF

  In the cold winter, frequent rain and snow, people wearing heavy clothing, coupled with icy roads and smooth and difficult to walk, easy to fall, increasing the risk of fracture. Fracture diagnosis mainly relies on digital dynamic DR technology, which has more obvious advantages in fracture diagnosis than the traditional conventional DR with limited 2D imaging. Digital Dynamic DR Advantages of digital dynamic DR in fracture diagnosis First of all, digital dynamic DR is not only capable of conventional static photography, but also has the function of visualization operation. Through dynamic fluoroscopy and real-time high-definition spotting, it can capture the changes of the joints in the process of movement, helping doctors to observe the mobility and stability of the joints, so as to judge the fracture more accurately. Meanwhile, it can also perform multi-angle observation during fluoroscopy. With images from different angles, doctors can more accurately analyze the location, degree

  Medical X-ray imaging equipment, after a century of development, from washed film to CR, and then to digital DR, reflecting the continuous pursuit of low-dose irradiation and high-quality images. Medical X-ray imaging equipment imaging quality is actually determined by what indicators, the process will be affected by what factors? Medical X-ray manufacturers Perlove medical answer for you. The main indicators affecting the imaging quality of medical X-ray imaging equipment: 1, contrast (density resolution) Refers to the density difference between adjacent tissue images on the X-ray image. 2, spatial resolution Spatial resolution reflects the image of fine structure resolution and tissue reconstruction ability, determined by the number of pixels per unit area. The number of pixels per unit area is much lower in digital imaging than in analog imaging. Therefore, the spatial resolution of digital imaging is not as high as that of analog X-ray images. (3) Gray level of an image The numbe

  Orthopaedic surgical robot  is a kind of surgical robot, mainly used to assist orthopaedic surgery, and its core functions include customized three-dimensional preoperative program, improve the clarity of the image of the surgical site, reduce tremor and improve surgical precision, reduce damage to healthy bones and tissues, reduce blood loss, protect the nerves, shorten hospital stay and speed up recovery. The composition of an orthopedic surgical robot can be broadly divided into a control system, a positioning and navigation device, a robotic arm device, and a supporting tool set, which are introduced one by one below. (1) Control system This is the core system of the robot. In addition to the integration of various components, the algorithms involved in the image processing software module, the surgical planning software module, and the robotic arm control module are the core secrets independently researched and developed by each robotics company. The accuracy of image processing

  Orthopedic surgical robot is one of the earliest surgical robots in the history of mankind, which, as a new type of surgical tool, can assist doctors to perform minimally invasive orthopedic surgery. Compared with traditional orthopedic surgery, the advantages of the clinical application of orthopedic surgical robots are reflected in the following aspects: High precision: Orthopedic surgical robots can realize high-precision positioning and operation of the surgical site by means of high-precision sensors and control systems, thus reducing surgical errors and trauma. Low trauma: Due to the fine operation of orthopedic surgical robots, it can reduce the damage to the surrounding tissues during surgery and shorten the recovery time of patients. As shown above, compared with traditional surgery, the surgical wound using the orthopedic surgical robot (PL300B) has changed from an incision of 30 centimeters in front and back to a small incision of about 2 centimeters, shortening the surgic

  With the help of surgical robots to carry out orthopedic surgery this thing sounds far away, but in fact, many hospitals currently have this ability. Patients can choose whether or not to use orthopedic surgical robots to carry out surgery according to their actual situation, or follow the advice of experts. With the aid of an orthopedic surgical robot, surgery usually requires only a few tiny incisions, significantly reducing the amount of bleeding and the amount of radiation the patient receives. It also speeds up post-operative recovery and reduces hospitalization time and complications. Surgical robot planning image In March of this year, a patient with lumbar vertebral compression fracture in the Second Affiliated Hospital of Nanjing Medical University, after receiving guidance from PUMA orthopedic surgical robot to complete the surgery, the next day under the guidance of medical care can be independently turned over, and under the protection of lumbar girdle to go down to the g